These are the movies we would like to see made. (the underlined ones we would really like to have). Unit 1 Pendulum Experiment- U1C1A2 Magnet Experiment-U1C1A3 Evaluating Experimental Designs- U1C1A4 experiments 1&2 (must show experiment) Unit 1 C3 Mass, Volume, Density Volume of regular solid U1C3A2- how to, practice, 2 lab blocks Volume of liquid U1C3A3- reading graduated cylinder- how to, lab, example difficult cylinder Measuring Mass- U1C3A4, how to, lab mass of 3 cubes, do gases have mass Calculating Density of Regular Rectangular solids U1C3A7 part1 Density of Irregular solids U1C3A7 part 2 Density of Liquids U1C3A7 part 3 Motion Calculation and Notes (demo average vs instantaneous speed) Match the Graph Moving Man Simulation- show how to use and set up each situation (don’t show answers) Moving Man-Distance vs time graph (summary) Forces Egg Demo (in slow motion) Forces and Direction of motion U3C1A8 (show ball experiment NOT hoop) Applying Forces and Energy U3C1A10 (first 2 only, show magnet in real life) Terminal Speed Demo Chemistry Claymations- chemical reaction model (show atoms rearranging) Claymation states of matter Bernoulli’s Principle Rotational Inertia
Unit 1
Pendulum Experiment- U1C1A2
Magnet Experiment-U1C1A3
Evaluating Experimental Designs- U1C1A4 experiments 1&2 (must show experiment)
Unit 1 C3 Mass, Volume, Density
Volume of regular solid U1C3A2- how to, practice, 2 lab blocks
Volume of liquid U1C3A3- reading graduated cylinder- how to, lab, example difficult cylinder
Measuring Mass- U1C3A4, how to, lab mass of 3 cubes, do gases have mass
Calculating Density of Regular Rectangular solids U1C3A7 part1
Density of Irregular solids U1C3A7 part 2
Density of Liquids U1C3A7 part 3
Motion
Calculation and Notes (demo average vs instantaneous speed)
Match the Graph
Moving Man Simulation- show how to use and set up each situation (don’t show answers)
Moving Man-Distance vs time graph (summary)
Forces
Egg Demo (in slow motion)
Forces and Direction of motion U3C1A8 (show ball experiment NOT hoop)
Applying Forces and Energy U3C1A10 (first 2 only, show magnet in real life)
Terminal Speed Demo
Chemistry
Claymations- chemical reaction model (show atoms rearranging)
Claymation states of matter
Bernoulli’s Principle
Rotational Inertia